The deck stacked against women in science

Posted on behalf of Nicola Jones

xxx

The card deck featuring women in science and engineering.{credit}Nicola Jones{/credit}

The player on my left has the biochemist Maud Menten’s career well on track. Suddenly another player slaps a “stupid patriarchy” card on Menten’s head, and she has to earn her doctorate all over again. So goes a novel card game devoted to women in science and engineering, designed to highlight these unsung researchers and the barriers and boons that women in these fields experience.

Alice Ball, the chemistry student who

Alice Ball, the chemist who isolated an early effective treatment for leprosy.{credit}University of Hawaii{/credit}

Menten (1879-1960) was one of the first women in Canada to earn a medical degree atop her PhD. But at the time women weren’t allowed to do research at Canadian universities; she had to conduct her famous work on enzyme kinetics in the United States and Germany. Menten is one of 21 pioneering women scientists, mostly from North America, featured in the game — the latest in a series that began in 2000 with a biodiversity game called Phylo. The card deck was developed by an innovative science outreach programme at Vancouver’s University of British Columbia (UBC), in collaboration with Westcoast Women in Engineering, Science and Technology (WWEST) at Burnaby’s Simon Fraser University (SFU). Players complete researchers’ careers by collecting cards for achievements such as degrees, and try to avoid setbacks — such as the “tokenism” card, which wipes a scientist in play off the table.

“These are my favourites,” says computer engineer and WWEST chair Lesley Shannon, pointing to Alice Ball and Hedy Lamarr. Ball (1892-1916), the first woman and African-American Masters graduate from the University of Hawaii, developed a critical leprosy treatment. After her early death, university president Arthur Dean took credit for her work. Hollywood star Lamarr (1914-2000) co-invented frequency technologies used in WiFi and beyond.

Hollywood star and xxx Hedy Lamarr.

Hollywood star Hedy Lamarr co-invented key frequency technologies.{credit}MGM{/credit}

Shannon and I put the game through its paces with three researchers from SFU: applied ecologist Anne Salomon, glaciologist Gwenn Flowers and physicist Sarah Johnson. We try to figure out the best strategies and which cards to play: scientists with more complex careers are worth more points. Completing the challenging career of a woman of colour nets a bonus point. Modifier cards can help as well as hinder progress: “mentors are awesome”, for example, gives a player a boost via an extra card.

The discussion provoked by the game is as interesting as the action. Sighs of recognition greet the setback card “ways of the Queen Bee”, which marks how women scientists sometimes undermine female colleagues. “I’ve been there,” says Shannon. Johnson counters: “I haven’t experienced this — perhaps because I haven’t had many female colleagues.”

Some have positive stories to tell: Salomon recalls one senior female mentor who offered to review her grant requests, in the name of building up a “good old girls’ club”. Since, she has tried to pay that idea forwards, helping more women to be invited onto panels or keynote lectures, get funding and publish. “We retain the rigour of peer review,” she says, “but that back door works to even the balance.”

Although women have, since the 1990s, earned about half of US science and engineering undergraduate degrees, as of a 2011 study they still held fewer than 25% of STEM jobs, were paid 86 cents on the dollar, and were seriously under-represented in degrees for fields like engineering. A recent study in Science showed that girls tend to think less of their intellectual abilities as early as age six. When 96 children were told a story about a “really, really smart” adult and asked to pick a face to match the story, for example, 5-year-old boys and girls both picked someone of their own gender about 70% of the time. But among 6- and 7-year-old girls, this percentage dropped to about half. More role models are among the many fixes proposed to shift the entrenched bias.

xxx

{credit}Nicola Jones{/credit}

WWEST’s mission is to help reverse such trends, in part by funding outreach projects. So when David Ng — who handles educational outreach for UBC’s Michael Smith Laboratories — approached them with the idea for the game in 2015, it was a good fit. Ng’s initiatives have included literary science magazine Science Creative Quarterly and other card sets (such as Phylo).

The games are crowd-sourced; anyone can invent one, or contribute to one, and the sets are available to download for free. If you play it, you start to get at least an inkling of the challenges around gender equity,” says Ng. “This is just a starter deck. Hopefully people will add to it.”

While aimed at pre-teens, when Shannon says many girls begin to turn away from science, the appeal of the women-in-science game is broader. Some of the harsher modifier cards (such as one that reads “mistaken for a janitor”) could, note Shannon and Ng, be removed from the game for more-impressionable age groups.

Mid-game, Johnson looks at the cards on the table and comments: “They’re all overachievers”. These women, she notes, had to be smarter and work harder to get the same recognition as male scientists — echoing her own undergraduate experience. “All of the female physics majors I knew were A students. This was not true of the men,” she says. That’s just one thing this worthy game aims to reverse.

Nicola Jones is a freelance science writer and editor living in Pemberton, British Columbia.

Download the game at https://www.sfu.ca/wwest/projects/phylo-card-deck.html

For more on science and culture, see: https://go.nature.com/2CMOwaL

 

Oliver Sacks: an appreciation

Posted on behalf of Philip Ball

Oliver Sacks in 2002.

Oliver Sacks in 2002.{credit}Rex Shutterstock{/credit}

“Not quite salve et vale yet,” Oliver Sacks signed off a letter to me at the end of June, expressing the hope that he’d visit London again in the time he had left. The treatment he received earlier in the year had, he said, done “a very good job clearing out the majority of the metastasis in my liver”, and I allowed myself to be optimistic about seeing this remarkable, terminally ill man once more.

That’s not how it worked out. With his death at the end of August I – and many others – lost a friend whose generosity and sympathy of spirit were constantly inspiring. That Oliver would find the time to write at all when his remaining days were clearly so few, and when he had “case histories, essays etc, short and long” – and apparently several books too – still to complete will not surprise anyone fortunate enough to have felt his kindness. That his comments would stroll from the virtues of the Japanese “actor-magician” Yoshi Oida to Shakespeare’s belief that the fern can confer invisibility typifies his boundless curiosity. But who else wielded such breadth this lightly? Who, while afforded tremendous acclaim, was ever so devoid of ego?

This was one of the qualities that lifted Oliver’s writing to canonical status, and not just within the confines of “science writing” (he was rightly uncomfortable with being labeled thus). His subject was that of novelists, philosophers, poets, humanists of all descriptions: what is often rather grandly called “the human condition”. But in Oliver’s books and essays, the humanity was immediate and intimate, coming not from sweeping generalizations or lofty pronouncements but from deep within the grain of individual experiences. His concern was not “humanity” as such; it was people.

In all of the extraordinary, sometimes bizarre and baffling case histories that he described, he sought out what they revealed about our own fragile existence and what was unique and valuable in the lives of these people who often faced unimaginable challenges. To do this without mawkishness or sentimentality, yet with enormous empathy and even affection, required not just a rare talent with words but exquisite sensitivity. It is a fittingly Sacksian question to wonder (without expecting answers) how all this came about. Oliver’s account of his early life, in the first volume of his autobiography, Uncle Tungsten (2001), tells of his affluent, intellectual Jewish family in north London, whose scientific inclinations – his father was a general practitioner – might have been expected to launch him on just the kind of path it did: into neurochemistry and then consulting neurology. It offers no real clues about what would turn him into a writer with a unique ability to translate the clinical work of a neurologist into insights both beautifully lucid and movingly profound.

It does, however, hint at the beginnings of the loneliness that seemed to me to linger in the background even while Oliver was among friends and colleagues who shared a great deal of mutual affection. He writes in his second autobiographical volume, On the Move (2015), of “the habits of a lifetime’s solitude, and a sort of implicit selfishness and self-absorption”. Well, maybe; you might guess the former, not the latter. I was delighted, then, that Oliver found love again in 2009 at the age of 77.

It was Oliver’s passion for chemistry, revealed in Uncle Tungsten, that brought us into contact, when I discovered to my surprise and delight that he had read the books I’d written on the subject. His friends, the chemists Roald Hoffmann and Bassam Shakhashiri, rightly file Uncle Tungsten alongside Primo Levi’s The Periodic Table as one of the “great chemistry classics of all time”: two books that put chemistry on the required reading list. These books are not “about science” but simply and undemonstratively let science assume its place in culture. Like Levi, Oliver was a great writer whose subjects often happened to be scientific.

The first time I met him, in the harsh New York winter of 2003, I witnessed the irresistible strength of his chemical enthusiasms, undiminished since the days he tossed lumps of sodium into Highgate Pond in north London with his boyhood friend, the polymath Jonathan Miller. With barely a word of introduction but with eyes sparkling, he beckoned me eagerly into his kitchen, where next to the bowls of nuts he had laid out as much of the periodic table as he possessed (which was most of it), encouraging me to listen to the “cry of tin” and to handle the round ball of mildly toxic cadmium.

I do not envy anyone the necessary task of sorting through Oliver’s unpublished writings – which, he admitted, “spreads onto the backs of envelopes, menus, whatever scraps of paper are at hand”. The correspondence alone will be enormous – he kept it all. It should also be delicious. “I enjoy writing and receiving letters,” he wrote. “It is an intercourse with other people, particular others.” That concern with the particulars of others is what makes all his writings so bountiful; I see now that is why he wrote – and with generous and life-affirming energy – in June.

Several writers have written about coming to terms with terminal illness, and many accomplish it with grace and courage. I’m not sure, though, that any of these accounts has been as uplifting as what indeed proved to be Oliver’s salve et vale in The New York Times in February. “It is up to me now to choose how to live out the months that remain to me”, he wrote. “I have to live in the richest, deepest, most productive way I can… I have been a sentient being, a thinking animal, on this beautiful planet, and that in itself has been an enormous privilege and adventure.” It has been an enormous privilege that he has shared the adventure with us.

Philip Ball is a writer based in London.

See Nature‘s Special on Oliver Sacks here. For Nature’s full coverage of science in culture, visit www.nature.com/news/booksandarts.

Carl Djerassi, 1923-2015

Carl Djerassi in 2004 with the American Institute of Chemists gold medal

Carl Djerassi in 2004 with the American Institute of Chemists gold medal{credit}Chemical Heritage Foundation{/credit}

Posted on behalf of Sara Abdulla 

Carl Djerassi — ‘father of the Pill’, novelist and playwright — who died last week aged 91, made more appearances in Nature’s Books and Arts pages than most epoch-making organic chemists.

Just three months ago, Alison Abbott reviewed the second volume of Djerassi’s autobiography, In Retrospect, a journey through his testy relationships and cultural experiments. She wrote, “Djerassi’s multifaceted life has been intense, high-octane and successful. The vigour of his prose suggests how much he has enjoyed it.”

Over the years, the section reviewed his plays and novels as they emerged. Of Oxygen, Djerassi’s didactic theatrical treatment of the priority scuffles over the discovery of the gas, Philip Ball noted that “it shows how little the squabblings of Priestley, Scheele and Lavoisier matter for chemistry today, and how arbitrary is any final attribution”. Jack Cohen gave a wry appraisal of Menachem’s Seed, Djerassi’s third piece of ‘science-in-fiction’, set among reproductive biologists. His fourth, NO, continued the science-of-sex theme, as well as the pedagogical approach.

By way of a few plugs for his first and best-remembered work of fiction, Cantor’s Dilemma, Djerassi even hymned a ‘lab-lit’ favourite of his own in Nature’s pages, commending The Struggles of Albert Woods, a chemistry novel by William Cooper. It is in this piece that we find his credo: “I felt that a clansman can best describe a scientist’s tribal culture and idiosyncratic behaviour”.

 

For Nature’s full coverage of science in culture, visit www.nature.com/news/booksandarts.